Uri Cummings
About Uri Cummings
Uri Cummings is the Chief Network Architect at Cerebras Systems, with a notable background in networking and architecture at Intel and Fulcrum Microsystems. He holds a Bachelor of Arts from Wesleyan University and advanced degrees in Electrical Engineering from Caltech.
Work at Cerebras Systems
Uri Cummings serves as the Chief Network Architect at Cerebras Systems. He joined the company in 2023 and is responsible for leading the architecture and technology initiatives within the organization. His role focuses on enhancing networking capabilities and ensuring efficient communication within the company's systems.
Previous Experience at Fulcrum Microsystems
Before joining Cerebras Systems, Uri Cummings held the position of Chief Technology Officer at Fulcrum Microsystems from 2000 to 2011. During his tenure, he led the development of significant networking technologies, including the industry's first 24-port 10GE switch. His leadership contributed to advancements in Ethernet switch generations at Intel.
Education and Expertise
Uri Cummings has a strong academic background in electrical engineering and literature. He studied at Wesleyan University, where he earned a Bachelor of Arts in English Language and Literature from 1990 to 1992. He then attended Caltech, completing a Bachelor of Science, followed by a Master’s and PhD in Electrical Engineering from 1992 to 1999.
Current Role at Intel
In addition to his role at Cerebras Systems, Uri Cummings currently leads architecture and technology in Intel's Ethernet NICs, Silicon Photonics, and High-Performance HPC fabrics business units. He previously played a key role in defining the architecture for Xeon platforms at Intel, contributing to the development of innovative networking solutions.
Innovations in Networking Technology
Uri Cummings has been instrumental in several key innovations in networking technology. He drove the creation of the first low-latency IP router and the first protocol-independent packet forwarder, achieving 1000 MPPS. His contributions have significantly impacted the performance and efficiency of networking systems.